XVIVO and DePuy Synthes (a Johnson & Johnson company) recently partnered on an animation of their CONDUIT™ Interbody medical devices to help healthcare providers understand the level of engineering and detail that is embedded in the devices, with the goal of optimizing efficacy.
XVIVO Welcomes Medical Illustrator Alisa Brandt
By
Michael Astrachan
XVIVO is thrilled to announce its newest hire, Alisa Brandt. A Master of Arts graduate of John Hopkins University School of Medicine in Baltimore, Maryland, Alisa has extensive experience in medical and biological illustration, animation and fine art.
Elon Musk and XVIVO: A Match Made in Neurotechnology
By
Michael Astrachan
Tech entrepreneur and Tesla CEO Elon Musk has a vision: high-bandwidth brain-machine interfaces that will …
When Migraine Attacks
By
Michael Astrachan
Anyone who suffers from migraine can tell you it is more than just a bad …
Precision in Animating Surgery
By
Michael Astrachan
Dr. Parth Shah, the Director of Vascular and Endovascular Surgery at the Thoracic Outlet Center at …
Your Mouth, in Sickness and Health
By
Michael Astrachan
XVIVO Scientific Animation recently wrapped up an exciting project on the bacteria that are found …
Start-up with Style: Launch your Visuals with XVIVO
By
Michael Astrachan
As the saying goes, a picture is worth a thousand words. Start-up pharmaceutical and biotech …
Illustrating the Unconventional: PROTAC™ Technology for Disease Therapy
By
Michael Astrachan
XVIVO, in collaboration with Wyant Simboli and their client, Arvinas Inc., helped communicate the unconventional …
XVIVO Founder on UCONN VR Panel
By
Michael Astrachan
This week, XVIVO’s Founder and Creative Director, Michael Astrachan, spoke on an invited panel of …
New Year, New Reel
By
Michael Astrachan
To kick-off the New Year, we’re launching a fresh new showreel for XVIVO. 2018 was …
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XVIVO and DePuy Synthes (a Johnson & Johnson company) recently partnered on an animation of their CONDUIT™ Interbody medical devices to help healthcare providers understand the level of engineering and detail that is embedded in the devices, with the goal of optimizing efficacy.
